The Tianwei Oil-Skimming Buoy is a new type of waterborne oil containment device, primarily composed of buoyancy floats, clips, steel cables, and galvanized wire mesh. Due to its ease of transportation and installation, the Tianwei Oil-Skimming Buoy has gradually become a product of choice for waterborne oil containment projects. The application of the Tianwei Oil-Skimming Buoy is widespread, ranging from hydroelectric power plant oil containment to river oil containment, and their use is common in water-based recreational facilities.
Single oil boom buoys are connected in series by passing wire ropes through them, forming a parabolic overall oil containment boom with plastic boom screens. When there's excessive underwater debris, the buoys can be combined by clamping steel plates and nets. The zinc-plated underwater net achieves a vertical effect through weighting. This solution offers excellent oil containment, effectively intercepting both surface and underwater debris, and effectively preventing the spread of surface debris.
The product boasts features such as no leakage, high strength, impact resistance, large compressive load-bearing capacity, resistance to acids and alkalis, corrosion resistance, lightweight ease of use, simple and convenient installation, cost-effectiveness, excellent wastewater treatment performance, and long service life. The introduction of the floating debris interception equipment at the Zixing Hydropower Station is undoubtedly a significant cost-saving measure for installation and construction, greatly reducing the risk factor, benefiting the operation and installation of construction personnel, and significantly reducing the risks assumed during the construction process.
River pollution floating baffles, which can intercept floating debris without being restricted by terrain and topography, can be installed in a reasonable and secure manner on any rugged or unusual terrain. Compared to traditional iron pollution barriers, river warning floating baffles undoubtedly save a significant amount of installation and construction costs. The garbage isolation and interception screen also greatly reduces the risk factor, benefiting the operation and installation for construction personnel, and significantly lowers the risks during the construction process.
Wholesale of water and power plant floating debris baffles typically involves considering the buoyancy volume of the buoyancy body, which is the amount of buoyancy the buoyancy body itself can provide. The buoyancy is determined by its volume and its own weight. The buoyancy volume is essentially the volume of the buoyancy body itself. One factor to consider is how much height the buoyancy body will need to be above the water surface when in use. To calculate the buoyancy volume, you need to subtract the volume above the water surface.
1. Damage caused by human error
Rubber dams are susceptible to damage from sharp and pointed objects, and should not be installed in areas prone to severe repetitive damage due to ignorance or malicious destruction.
2. Damage caused by debris post-flood, impact on the landscape
Due to the debris left after the flood, such as sharp objects like civil facilities and construction materials, it's likely that the upstream face of the dam could sustain minor damage from leaks that are easy to repair. However, if the area of leakage is large, such as from the debris of buildings, the repair becomes more challenging. Additionally, the various debris on the dam greatly affects the landscape. Currently, after each collapse, the operating unit sends personnel to clean the dam, which is a substantial workload.
3. Damage caused by air vent water
During the deflation of the dam, the rubber dam body may be pierced by sharp objects close to the downstream face of the dam.
4. Wear-induced damage
The vibration of the dam, friction between the dam and the riverbed, as well as the abrasion from various floating debris, can all lead to wear and tear on the dam.
